Stainless Steel 201 Wire Mesh Demister Pad - 99.9% Efficiency with 403.5-625.5 m²/m³ Surface Area for Air Purification
Price:
$29-86/set
MOQ:
1set
Delivery Time:
7 days after payment
Brand:
YH
Product Description
Stainless Steel Wire Mesh Demister Pad for Air Purification
High-efficiency demister pads designed for removing liquid droplets from vapor streams in industrial applications. Constructed from knitted wire mesh with customizable sizes and shapes.
Product Overview
Demister pads, also known as coalescers or mesh pads, are porous blankets of wire or plastic knitted mesh engineered for economical removal of entrained liquid droplets from vapor streams. When vapor passes through the pad, liquid droplets collect on wire surfaces, grow in size, and drain from the unit.
Technical Specifications
| Wire Mesh Type | Specific Surface Area (m²/m³) | Void Fraction (%) |
|---|---|---|
| HP | 403.5 | 98.39 |
| DP | 625.5 | 97.65 |
| HR | 291.6 | 98.32 |
Key Features
- 99.9% liquid removal efficiency from gas streams
- Negligible pressure drop (less than 25mm water gauge)
- No maintenance or service required
- Corrosion-resistant stainless steel construction
- Customizable to any size or shape requirement
- Prevents emission of contaminants including sulfur compounds and hydrocarbons
Applications
Refinery vacuum towers, evaporators, steam drums, absorbers, scrubbers, separator vessels, knock out drums, aerospace, petroleum, and chemical industries.
Performance Advantages
High removal efficiency prevents loss of valuable product and produces high-quality condensate suitable for boiler feed water applications.
Packaging
Protected with plastic film, strong carton packaging, and wooden cases or pallets to prevent damage during loading. Custom packaging available upon request.
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Anping yuanhai wire mesh products Co., Ltd
Location
East of Huangcheng Village,northeast of Huangcheng Township,anping County
Contact Person
Amanda